go to top
A picture released by the Iranian government claiming to show the launch of a Simorgh rocket A picture released by the Iranian government claiming to show the launch of a Simorgh satellite-carrying rocket at an undisclosed location, Iran (Iranian Defense Ministry photo via AP Images).

Iran’s Space Program Won’t Get Off the Ground While Under Sanctions

Thursday, Sept. 5, 2019

After a four-year pause, Iran resumed its satellite program earlier this year, although two attempted launches in January and February both failed, followed by a third failed launch in late August. Together, they are a major setback for a space program that has long been hampered by the strains of international sanctions, including the ones these tests provoke, like the latest U.S. sanctions on Iran’s space agencies imposed this week. Even though a failed test is an opportunity for Iranian engineers to troubleshoot their rocket designs, the series of failures this year demonstrate the challenges that Iran must overcome before it can realize its civilian and military ambitions in space.

In 2009, Iran successfully placed into orbit its first satellite on an indigenous satellite launch vehicle, or SLV, making it the ninth country in the world to do so. Despite the fact that the crude Omid satellite weighed just 27 kilograms—barely 60 pounds—the launch marked the first step of an ambitious space program that aimed to put into orbit larger satellites of greater civilian and military use. In the decade since then, Iran has placed three additional satellites into orbit, all small experimental designs like the Omid, demonstrating the country’s nascent space capabilities. Yet its ambitions are held back by the rocket design it relies on. ...

To read more,

enter your email address then choose one of the three options below.

Subscribe to World Politics Review and you'll receive instant access to 10,000+ articles in the World Politics Review Library, along with new comprehensive analysis every weekday . . . written by leading topic experts.